Several recent developments in linear accelerator–based radiation therapy (RT) such as fast
multileaf collimators, accelerated intensity modulation paradigms like volumeric modulated …

Background and purpose Volume delineation is a well-recognised potential source of error
in radiotherapy. Whilst it is important to quantify the degree of interobserver variability (IOV) …

Purpose To derive recommendations for routine practice and clinical trials for techniques
used in high-dose, high-precision thoracic radiotherapy for lung cancer. Methods A literature …

PURPOSE: To review the published clinical data on non-small cell lung cancer treated with
radical radiotherapy to confirm a dose–response relationship as a basis for further dose …

Introduction We analyzed a comprehensive national radiotherapy data set to compare
outcomes of the most frequently used moderate hypofractionation regimen (55 Gy in 20 …

Abstract Purpose The POP-ART RT study aims to determine to what extent and how intra-
fractional real-time respiratory motion management (RRMM) and plan adaptation for inter …

Intrafraction tumour motion is an issue that is of increased interest in the era of image-guided
radiotherapy. It is particularly relevant for non-small cell lung cancer, for which a number of …

Purpose The use of motion mitigation techniques such as breath-hold can reduce the
dosimetric uncertainty of lung cancer proton therapy. We studied the feasibility of pencil …

Purpose To assess intra‐and inter‐fractional motions of liver and lung tumors using active
breathing control (ABC). Methods and Materials Nineteen patients with liver cancer and 15 …

A method of reconstructing three‐dimensional, in vivo dose distributions delivered by
intensity‐modulated radiotherapy (IMRT) is presented. A proof‐of‐principle experiment is …